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The connecting piece marked with code number K 81262 is designed to join and stabilize support element K 81260 in the structural framework of the ZV40/48 diesel engine. It plays a vital role in distributing mechanical loads and maintaining the overall rigidity of the support assembly. Built for strength and precision, this connector ensures that the engine components remain aligned and properly supported during vibration and heavy-duty operation. Its role may be small in appearance, but it is essential for the engine’s long-term operational stability and safety.

The weld-on piece identified by code number K 81183 is an essential fabrication component used in assembling or repairing the exhaust piping of the ZV40/48 diesel engine. Designed for strong, leak-proof connections, this part is welded directly onto exhaust system sections to ensure durability and optimal flow of exhaust gases. Its robust construction withstands high temperatures and corrosive gases, making it ideal for marine and industrial engine environments. By enabling precise customization of the exhaust path, it supports both efficiency and compliance with emissions standards.

The expansion bolt with code number K 34127 is a specialized fastener used in securing the upper part of the piston in the Adriadiesel/Jugoturbina/Zgoda/Sulzer ZV40/48 diesel engine. Designed to endure high thermal loads, this bolt compensates for expansion and contraction during engine operation, maintaining consistent tension and alignment. Its ability to flex slightly under heat ensures structural integrity and prevents stress fractures in the piston assembly. This precision-engineered bolt plays a critical role in extending piston life and ensuring reliable engine performance under extreme conditions.

Wednesday, 30 April 2025 09:52

Rubber Plate (Code Number H 87616)

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The rubber plate identified with code number H 87616 serves as a versatile insulating and cushioning element within the ASL25 diesel engine system. Typically used between structural components, it absorbs vibrations, prevents direct metal-to-metal contact, and helps maintain alignment during engine operation. Its durable and flexible material resists chemical exposure and mechanical stress, making it ideal for use in harsh engine environments. This seemingly simple component plays an essential role in reducing wear and enhancing overall operational stability.

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